Respiratory strategy at birth initiates distinct lung injury phenotypes in the preterm lamb lung.

ABSTRACT:

Background

A lack of clear trial evidence often hampers clinical decision-making during support of the preterm lung at birth. Protein biomarkers have been used to define acute lung injury phenotypes and improve patient selection for specific interventions in adult respiratory distress syndrome. The objective of the study was to use proteomics to provide a deeper biological understanding of acute lung injury phenotypes resulting from different aeration strategies at birth in the preterm lung.

Methods

Changes in protein abundance against an unventilated group (n = 7) were identified via mass spectrometry in a biobank of gravity dependent and non-dependent lung tissue from preterm lambs managed with either a Sustained Inflation (SI, n = 20), Dynamic PEEP (DynPEEP, n = 19) or st

SUBMITTER: Pereira-Fantini PM 

PROVIDER: S-EPMC9753394 | biostudies-literature | 2022 Dec

REPOSITORIES: biostudies-literature